With a lack of clear understanding of the industry standards and the difficulties in laboratory testing, engineers have had many challenges when designing acoustic insulation for piping systems. The engineers at Owens Corning look to solve the problem by introducing a new method of modeling and simulation that can accurately predict a piping system’s acoustic insulation need. Doug Fast, technical leader for industrial mineral wool, and Kevin Herreman, a principal acoustic scientist from Owens Corning, sit down for part two of our series on piping system design and how engineers can leverage the power of simulation to design more efficiently and accurately.
The Future of On-Demand Manufacturing
Inspiring Young STEM Minds
Lisa Burton on Emboldening Women Entrepreneurs
Additive Manufacturing Revolutionizes Aerospace Design
Automated Tunnel Boring Machines
The Journey from Traditional to Digital Manufacturing
What Engineers Can Expect from New President, Congress
AI Advances in Automotive
Emerging Technologies to Fight COVID-19
NREL’s Walt Musial Talks Offshore Wind
The Expanding Role of Digital Engineering in Manufacturing
Preparing the Workforce for Digital Transformation
Lockheed Martin’s Digital Twin Journey
The Unknown Strengths of Fluid Power
Engineers Make Microscopic Robots Walk
Is There an Alternative to China?
Ergonomic Tools for Manufacturing
Lely’s Chad Huyser on Automation Innovation in Dairy Farming
Girl Scouts CEO Sylvia Acevedo on Sparking STEM Curiosity
Simplifying Nonmetallic Pressure Piping Systems
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